It can be applied from lower, horizontal or diagonally, fast speed, no contact accident with workpieces.
Case study Non-contact Jet dispense
Issues
- A self-motivated air pulse Dispenser uses Dot dispensing of epoxy resin for electronic components, but the height of the workpiece fluctuates within the range of assembly tolerances, resulting in an increase or decrease in the amount of application (Problem 1).
- Semiconductor chip wire protection is being carried out by the automatic air pulse system Dispenser, but the device speed cannot be increased due to concerns about contact between Nozzle and wires.
- The grease application to large automotive parts is carried out by valve from below, but it cannot be controlled well and is applied about three times the required amount (Problem 3).
Measures
- Air pulse system switch from Dispenser to contactless JET Dispenser.
Effect
- Quantitative application was realized without affecting the workpiece height.
- It eliminates the need for Z-axis operation to bring Nozzle closer to the workpiece, thus reducing tact. He also dispelled concerns about interference between Nozzle and work.
- Successful application of the required amount by contactless application from the bottom of the workpiece to the top. We were able to reduce the use of liquid chemicals.
PROPOSED PRODUCTS
Proposed Products
OTHER CASES
Case of Other
Filling Chemical solution for screw cap tubes, conical tubes and vials, and semi-automated cap opening and closing operations.
Liquid metals are being used in the CPU Heat dissipation of high-performance gaming PCs. Achieving high speed and stable application with non-contact Jet dispense.
A thermal management solution that supports new technologies such as next-generation power semiconductors, 5G, and IoT.
A conformal coating that protects the mounting board (PCB).
There is no problem even if there is a different distortion or warpage in each workpiece, or if the workpiece is shifted in the pallet.
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